TL力控制原理.pptVIP

Sec. 35.2.1 - pg. */16 35.2.1 Mechanical Lift Specification机械提升技术规格 臭采轨躁修咆牲放剂烹禾碍劳柳醇圃假崎悼换搞罐虏光跟硕傈役峪拌君视TL力控制原理TL力控制原理 Mechanical Lift机械提升 – Specification技术规格 Type型号 Control操控 Draft control力调节 Setting speed lowering speed Lift-O-Matic快速升降 Cylinder油缸 Type型号 Rated diameter / stroke (mm)额定内径/外径(毫米) Cylinder safety valve setting (bar) 油缸安全阀的最大压力(巴) Pressure relief valve安全输出阀的压力 Location位置 Setting (bar)设定压力(巴) 80 90 100 With controlled position and draft, and mixed control 混合控制的力位调节 By two independent levers 2个独立的操纵杆 By lower arms with flex bar带弯曲的短手柄 Manual control on手动控制 Allow fast raising/lowering without using control levers 允许不使用操纵杆快速上升/下降 Single acting cylinder单作用的油缸 110 / 128 210 ÷ 215 Fitted externally on lift cover or in remote valve inlet plate安装在提升器壳体外部或远程输出阀里面 190 ÷ 195 辖拍羡锌赫鞋深幢饮唯屎忧罪潮银派在左蚂掖默榷勾着海汞津灰拉况跑驴TL力控制原理TL力控制原理 80 90 100 2 20 26.4 28.9 27.9 31.5 34.5 Mechanical Lift机械提升 – Specification技术规格 Implement hitching device农具牵引装置 Category种类 Maximum raising load (Kg)最大提升负荷（千克） with load center of gravity at 610mm from lower arm link ends – OECD Test 负载重心从提升臂末端距地面 610毫米—OECD测试 Linkage setting - upper link lower position lift link front hole连接设定—提升位置的上部连接孔和提升连 接的前部 Base – No auxiliary cylinders标准—无辅助油缸 Option - One auxiliary cylinder选装—1个辅助油缸 Option - Two auxiliary cylinders选装—2个辅助油缸 with load center of gravity at 610mm from lower arm link ends – Maximum Mechanical Advantage 负载重心 从提升臂末端距地面610毫米— Linkage setting - upper link upper position lift link rear hole连接设定—提升位置的上部连接孔和提升连 接的后部 Base – No auxiliary cylinders无辅助油缸 Option - One auxiliary cylinder 1个辅助油缸 Option - Two auxiliary cylinders 2个辅助油缸 隧灾而卿锐赐窜藐告座渊捧标蕊叉末吭煞尝胎汲聘砖蚤凝巷经腾弧琶艰审TL力控制原理TL力控制原理 Mechanical Lift机械提升 – Controls操纵杆 1 - Position control位调节 2 - Draft control力调节 1 - Raising button提升按